WO2003004814A1 - Bolt with a handle - Google Patents

Abstract

The invention relates to a bolt with a handle for bolting sheet metal cabinet doors (10) or similar doors or lids. Said bolt with a handle comprises an elongated, profiled bolt, such as a flat strip bolt (14), which is arranged in an essentially upright position, parallel to the edge of the door, preferably within the locking area, and at least one holding element (16) which is mounted on the door frame (12) to receive the bolt (14) which locks to the door in the closed position, and an operating device for the bolt (14), which is connected to the door leaf. According to the invention, the bolt (14), or a more complicated profiled bolt, is mounted to pivot between a locked and unlocked position about a longitudinal axis which is arranged next to the side which is oriented away from the plane of the door leaf. Said holding element (16) forms a bearing surface for the other side of the bolt (14) which is oriented towards the plane of the door leaf, and the operating device holds the bolt (14) near this side.

Description

Stanqenverschluß

Technical field

The invention relates to a rod lock for locking sheet metal cabinet doors or similar doors or flaps in sheet metal cabinet frames or similar door or housing frames, comprising a parallel to the door edge on the door or the frame, essentially upright, preferably in the canting space arranged elongated profiled rod, such as a ribbon bar , and at least one holding element attached to the door frame or the door for receiving the profiled rod locking the door in the closed position, and an actuating device for the profiled rod connected to the door or the frame.

State of the art

Such a rod lock is essentially already known, for example, from EP 0261 268 A1. Furthermore, reference is made to DE 42 10 586 A1.

In the known rod closures, the locking rod is actuated by its axial displacement.

This locking by means of axial displacement of a locking rod has the disadvantage that on the one hand the drive of the rod is complicated, on the other hand the rod has to carry or form special locking elements, in DE 42 10 586 A1 there are twisting sections on the locking rod, in EP 0261 268 A1 there are caster rollers attached to the rod.

Object of the invention

The object of the invention is a rod closure of the type mentioned create, in which the locking rod does not have to form or carry any special locking elements. Furthermore, it should be achieved that the locking function of the locking rod does not require an axial displacement of this rod.

Lösungsweqe

The object is achieved in that the profiled rod, such as a flat ribbon rod, is pivotably mounted between a locked and an unlocked position about a longitudinal axis arranged near one side, such as the side of the elongated profile facing away from the door leaf plane, in that the holding element has a contact surface for the other how the door leaf plane facing side of the elongated profile of the rod forms, and that the actuator detects the profiled rod near this side.

These measures eliminate the need for an axial displacement of the locking rod, so that complicated gear mechanisms for implementing the movement of a hand lever, be it a rotary movement or pivoting movement or other movement, can be dispensed with in an axial displacement of the locking rod. Furthermore, locking elements to be attached or to be formed on the rod can be dispensed with, so that the manufacture of the locking rod is limited to sawing off a profile rod piece of a suitable length according to the cabinet height. The rod ends may need to be rounded off so that they can be pivoted better.

A storage of the locking rod, especially if it is a flat ribbon rod, can also be done in a very simple manner in that the profiled rod is received in a part-circular or triangular receiving space of a rod guide element.

Around the bar, like ribbon bar, which is just a cut piece Flat ribbon material needs to include in the rod guide z. B. within the door leaf folding area, either the profiled rod can be pushed axially through, or, if you want to avoid this, you can run the rod guide element according to a further embodiment of the invention as, for example, a welding bolt or the like.

Since an axial displacement within guide elements no longer has to take place after assembly of the rod, an unsmoothed, non-deburred profiled rod is sufficient, which cannot normally be used because of the high axial sliding friction, but must be deburred and smoothed.

The rod guide element can comprise a spring device which urges the rod into the closed position. As a result, the locking rod forms a type of latch which makes it possible to press the door leaf against the door frame without actuating the lock and thereby to lock the lock.

The actuating device can be an actuating device mounted about an axis parallel to the door leaf plane, e.g. B. include levers that pivoted the actuated rod against the force of the or a spring in the open position when actuated. Such an operating lever can be locked, for. B. be equipped with or without a locking lock. The construction becomes particularly simple if the actuating device comprises a lever which extends through an opening in the door leaf and is rigidly connected to the profiled rod, for. B. is jammed. This means that there is no special mounting of the hand lever on the door leaf, since this mounting takes over the profiled locking rod. In addition to this operating lever, a further handle for operating the door can be provided.

The actuating device can be the tongue of a sash lock. The simple structure also serves if the holding element attached to the door frame is designed as a steel bracket. In particular, it is thus possible to combine a rod lock of the type according to the invention with hinge devices which require bores, openings or threaded bores in the frame, which are also analogously suitable for fastening the steel angle. This has the advantage that the door leaf can be turned over without changing the hole arrangement in the frame, whereby a left-hinged door is made into a right-hinged door.

Alternatively, the holding element can also be a locking pin (rotating part).

To reduce noise and to reduce the lever force required for the door pivoting process, it is also advantageous if the rod guide element is made of plastic.

It serves the same purposes if the profiled bar, like the flat bar, receives a clip covering made of plastic material in the area of the pivot bearing.

According to yet another embodiment, the profile of the rod can be U-shaped, one leg forming or carrying a hook or ending in a hook and this or the other leg ending in a circular or teardrop shape, which circular or teardrop shape in one received by a cranked bearing plate square or part-circular receiving space of a rod guide element and is held there by spring force.

In particular, the profile of the rod can have an actuating nose attached to the U outside or formed by the one U leg. It is advantageous if, in this embodiment, the profile of the rod is held by leaf springs which also urge the rod profile or its actuating nose in the closing direction. To facilitate assembly, the leaf spring can have a detent for pre-assembly exhibit. The rod can be injection molded from metal and / or plastic.

Brief description of the drawings

The invention is explained in more detail below on the basis of exemplary embodiments which are illustrated in the drawings.

It shows:

Fig. 1 is a sectional view of a rod lock of the invention

Art in connection with a door frame and a door leaf made of sheet metal;

2 shows a sectional view of a rod guide element which is attached in the canting space of a door leaf and has a part-circular receiving space for the rod, including a spring;

Fig. 3 in a sectional view between a door frame and a

Door leaf formed canting space with a rod guide arranged therein with a clippable swivel element, which is fixed to the door leaf with a welding bolt fastening;

Fig. 4 is a side view of the rod guide shown in Fig. 3;

Fig. 5 is a schematic representation of an operating lever

Storage device on the door leaf, including a locking lock;

FIG. 6 shows an actuation lever which is mounted on the actuation rod in a representation similar to FIG. 5;

Fig. 7A in a sectional view similar to Fig. 1 with a rod lock continuous, unprocessed swivel profile with retaining plate and return spring in the door leaf and locking pin on the door frame designed as a turned part;

Fig. 7B as a detailed representation of the cross-sectional shape of the locking rod

(Swiveling profile);

Fig. 7C is a side view of the leaf spring shown in Fig. 7A;

7D shows a partial view of a claw provided for the spring;

Fig. 8 is a cross-sectional view of a clip on the swivel profile

Operating lever or opening handle,

9 shows a cross-sectional illustration of an opener handle together with a separate pull handle for actuating a right door with the right hand;

Fig. 10 in a cross-sectional view with a clip-on handle arrangement

Freewheel including wire spring for resetting the handle to open and pull the door with the right hand;

Figure 11 is a cross-sectional view with an S-swivel profile with hook with two-part bearing plate and leaf spring attachment.

Fig. 12 in a similar representation as in Figure 11, a swivel profile closure with one-piece bearing plate and leaf spring for the mounting and suspension of the profile.

Fig. 13 in a view similar to FIG. 11, a swivel profile closure with a bearing plate and leaf spring welded to the door, with resilient end, which serves for resilient return of the profile, as well as with a rigid end for holding the profile in the bearing plate, a device for holding the spring being provided in the plate, into which the leaf spring is clipped in after inserting the profile;

Fig. 14 shows an embodiment in which a swivel profile closure on

Door frames by means of retaining plates arranged in sections, screwed to the housing, and leaf springs with rigid and soft ends for holding and for resetting the profile;

Fig. 15 shows an alternative embodiment with respect to Fig. 14;

16A shows a swivel profile lock with an actuation by the tongue of a cam lock;

16B is a top view of the associated tongue;

17 also an actuation by means of a cam lock;

18 shows a closure for so-called softer doors with a plurality of individually latchable locking points;

19 the closure of FIG. 18 in the area of the rod bearing;

20 shows yet another embodiment;

21, 22 and 23 show further embodiments;

24 and 25 show yet another embodiment. Best way of carrying out the invention

Fig. 1 shows a cross-sectional view of a sheet metal cabinet door 10 which is hinged to a door frame 12 in a manner not shown here. Alternatively, it can be a flap 10, which closes an opening formed by the frame 12. To lock the door or flap in the closed state, a flat ribbon rod 14, which is arranged parallel to the door edge or flap edge and essentially upright to the door or flap level, is used, which, according to FIG. 1, engages a holding element 16 attached to a door frame 12 and thereby preventing the door from being opened.

The flat ribbon rod 14 can be pivoted (rotated) from this solid closed position according to FIG. 1 into an open position shown with dashed lines, in which position it releases the holding element 16 and thereby there is the possibility of opening the door.

In order to enable these two positions, closed position and open position, of the flat bar, shown in FIG. 1, a bar guide element 20 can be provided, for example, according to FIG. 2 in the bent area 18 of the door leaf 10, which has a part-circular or triangular receiving space 22 into which the bar cross section 24, if desired including a plastic sheath 26 can be received in such a way that the triangular tip or the center 28 of the pitch circle becomes the axis of a pivoting movement for the flat ribbon rod 14.

Fig. 2 also reveals that the guide element 20 is provided with a preferably threaded bore 30 which receives a compression coil spring 32 such that one (left) end of the spring 32 presses against the pivotable end 34 of the ribbon bar cross section 24, that is in the closed position shown in Fig. 1 with solid lines. A grub screw 36 prevents the spring 32 from sliding out of the bore 30 and serves at the same time to adjust the pressure force of the spring (by screwing the grub screw 36 in and out).

The spring allows the cross-section of the flat bar 14 to be deflected when the door leaf 10 is closed, in which case the bent tip 38 pivots the flat bar from the closed position shown in solid lines in FIG. 1 into the open position shown in broken lines until the cross-section is reached when it is reached the desired end position of the door leaf is released again and is pressed into the closed position shown in FIG. 1 by the force of the spring 32. In this respect, the flat bar lock acts here like a latch lock.

The guide element 20 can be fixed in the position shown in FIG. 2 by gluing to the corner area of the door panel 10. Another alternative can be seen in FIG. 3, where a welding stud 40 is spotted on the sheet metal of the door leaf 10, onto which a clip-in swivel element 120 can be plugged, which in turn has the cross-section 24, possibly with the envelope 26 made of plastic, in can be pivotally mounted in the manner already described. Fig. 4 shows a sectional view from the left of the arrangement according to FIG. 3, the covering of the flat ribbon rod 24 here being recognizable by a swivel element 42 made of plastic such as polyamide, this swivel element on the one hand ensuring that the swiveling without noise (such as squeaking ) can take place, on the other hand friction during the swiveling process is largely avoided, thirdly a stop is formed by a bead or ring 44 which lies against the edge of the rod guide 120, so that axial displacement is prevented in one direction, expediently a further rod guide with a clip-in swivel element is arranged in such a way that axial displacement in the other direction is again prevented there. The ribbon bar 24 can therefore only perform a pivoting movement, but not an axial sliding movement. In most cases, only one ring 44 will suffice to cause a sliding movement prevent, if this sliding movement would only be caused by the gravity of the rod.

In order to bring the flat ribbon rod out of the locked position according to FIGS. 1 to 5, namely into an open position shown in dashed lines, an actuating device with an actuating lever 46, which is mounted about an axis 50 parallel to the door leaf plane, is used according to FIG. 5, 5 causes the inner lever end 54, which reaches through a breakthrough 52 in the canting space up to the flat bar 24, the movable end of the flat bar 24 in the counterclockwise direction and thus in the open direction Position presses.

The storage 50 for the hand lever 46 can be placed on the door leaf 10, for. B. adhesive or screw-on trough 56 can be formed, which can be fixed, for example, by means of cap screws 58 on the door leaf 10. 5, a cylinder lock 60 can also be seen in relation to the hand lever cover 40, which locks the hand lever 46 in the illustrated position in a manner not shown here when the cylinder 60 is rotated into the locked position.

1 consists of an angle with a leg 62 with one or preferably two or more countersunk holes 64 through which countersunk screws 66 can be inserted, which can be screwed into a corresponding thread in the frame 12. This arrangement also enables the alternative arrangement of the angle 16 in such a way that the leg device 68 carrying the hook arrangement 38 reaches the position shown in dashed lines and designated by 168 in FIG. 1. With each mirror-image arrangement, a correspondingly different arrangement of the flat rod would also take place, see FIG. 6, where the locking position 124 reaches its locking position by pivoting in the counterclockwise direction. Here is the operating lever 146 with the flat bar 124 rigidly clamped by means of a grub screw 70, so that its rod 124 also represents the mounting for the hand lever 146, so that mounting on the door leaf is not necessary.

Further embodiments are described below, in which the rod lock works with a pivotable rod which does not have a simple rectangular flat rod profile, but a more complicated shape, as can be seen for example in FIG. 7B. There, the profile is essentially U-shaped, one leg of the U-profile 224 shown in FIG. 7B forming a tapered hook, see reference number 80, while the other leg ends in a circular or teardrop shape 82, which circular or teardrop shape 82 is received in a square or part-circular receiving space 222 formed by a cranked bearing plate 220 and is held there by spring force 132. The bar profile 224, also called swivel profile, is unprocessed continuously over the entire height of the door leaf and is therefore inexpensive to manufacture. The rod guide element 220, on the other hand, is formed in the form of section-by-section bearing plates which are fixed to the door leaf 10 with spot welding 84. A leaf spring 132 has a "stable" or rigid end 86, which holds the profile 224 in the bearing plate 220 against sliding out, but allows limited pivoting movement. The other end 88 of the leaf spring 132, however, is "soft" or resilient, i. that is, has a smaller spring constant. This part 88 of the spring 132 presses the hook 81 into the closed position, which can be seen in FIG. 7A. In this closed position, the hook 81 engages behind a locking pin 72 (a rotating part), which may be screwed 96 to the door frame 12. To open the lock, the swivel profile 224 must be rotated counterclockwise in some way, for example by an opener handle 246 clipped onto the swivel profile at an axial location between two bearing plates 220, which extends through an opening 252 in the door leaf 10, see FIG. 8. During this movement, the end 88 of the spring 132 is compressed.

The hook 81 of the profile 224 has an inclined surface 80, so that the door here too automatically falls into the closed position without actuation of the swivel profile, in which when the door 10 is pressed against the frame 12, the head of the locking pin 72 slides along the sloping surface 80 of the hook 81 and pushes the hook 81 aside and then into that shown in FIG. 7A Position.

7D shows a peculiarity, namely claws 90 extending from the spring 132, which press into the material of the door leaf 10 and thereby prevent the leaf spring from being axially displaced. As already mentioned, it is sufficient if the bearing plate 220 is arranged in sections and is in each case approximately a few centimeters long in the axial direction.

The opener handle that can be clipped onto the swivel profile can also have the shape shown in FIG. 9, see reference number 346. In order to enable safe and stable opening of the door leaf 10, a separate handle 347 can also be placed on the door leaf 10. The shape shown in Fig. 9 is suitable for opening and pulling when operating a right door (hinge is on the left) with the right hand.

The shape shown in Fig. 8 is designed so that when pulling on the handle 246, the profile 224 automatically pivots to the left and thereby unlocks the door. Then the door can be opened (hinge is on the right).

The swivel profile lock shown in FIGS. 7 and 8 is "pulling" and "outside": pulling means hook profile, outside means outside of the counter-locking piece 72, ie offset with respect to the door edge 92. That is, the pivot point 94 of the profile 224 is closer to the edge 92 of the door 10 than the axis 96 of the counterpart 72. In the swivel profile lock shown in FIG. 10 (pull-inside), a push-on handle 446 is used which can be opened by means of a wire spring 432, which ensures the return of the handle, but here the hook 424 opens in the clockwise direction. The handle 44 rests with a nose part 98 on the hook 424 so that it can move to the right independently of the nose 98, namely when the door 10 is closed, so that a kind of free-wheeling is thus achieved which allows the door 10 to be closed without actuating the handle 446.

As is clear, the pivot point 94 of the profile 424 has a greater distance from the door edge 92 than the axis 96 of the counterpart 72.

11, 12 and 13 show swivel profile closures that work "pull-inside". These embodiments are intended for configurations where there is little space. In the embodiment according to FIG. 11, a two-part bearing plate, see reference numbers 520, 521, is provided. A leaf spring 532 holds the fulcrum 94 of the swivel profile 524 at the defined location, but allows the hook to be swiveled to a limited extent against spring force around this fulcrum. In the embodiment shown in FIG. 12, in which the bearing plate 523 is in one piece, a leaf spring 533 serves to hold the profile and also to pivot the pivoting profile 524 in a counterclockwise direction.

In the embodiment shown in FIG. 13, two bearing plates 420, 421 are provided, while the swivel profile 424 is in turn held by the rigid end 86 of a leaf spring 433, while a soft end 88 of the leaf spring 433 serves to return the profile 424 to the closed position , counterclockwise.

The advantage of these embodiments is that the leaf spring can also be clipped in after mounting the profile.

14 and 15 show embodiments in which retaining plates 620, 720 are screwed in sections to the housing 12 at 99. The leaf springs 633, 733 are provided with their rigid end 86 for holding the profile 624, while their soft end 88 is used for resetting. A counter locking part 672, 772 is welded to the door continuously or in sections, see welding point 89. The screw connection is marked with 99. The profile 624 here has an actuating nose 601 attached to its outside and formed by a U-leg, which can be pressed in the direction of the arrow 602 and then opens the closure.

In contrast to the previous embodiments, the profile 624, 724 is not mounted on the door leaf 10 but on the housing 12. In the embodiment shown in FIG. 15, a holding plate 720 is screwed together with leaf spring 733 to the frame 12, see reference number 99, wherein the profile 724 is held in a form-fitting manner by spring part 86, while a spring part 88 arranged laterally next to it supplies the restoring force. The leaf spring 733 has a latch at 103, which facilitates the preassembly of the leaf spring 733 on the holding plate 720. The counter-locking part 772 is spot welded here or in sections on the door leaf 10.

The two embodiments according to FIGS. 14 and 15 are “pull-outside / inside of the housing”.

16A shows a swiveling profile lock "pulling-outside", in which the actuation of the profile 724 is accomplished by a cam lock 104 with a special tongue 105. The tongue can be operated in two directions and has a resilient central position.

A similar embodiment is shown in FIG. 17, where the actuation of the swivel profile 824 is represented by a cam lock with a tongue 106, again with two directional actuations and with a resilient central position.

The special profile shape 824 can also be found in FIGS. 18 and 19, the embodiment of FIGS. 18 and 19 being particularly suitable for soft doors with a plurality of locking points which can be locked separately. The locking hook 107 is mounted in sections on the swivel profile 824, with a freewheel opposite the swivel profile. A leaf spring 833 serves to reset the hook 107 as well of the profile 824. The actuation for opening takes place by exerting force in the direction of the arrow 802. While the pivot profile 824 is continuous, the counter-locking part 872 is welded in sections, see reference number 89.

18 shows a section in the area of one of the several locking hooks, while FIG.

19 reproduces the section in the area of one of the several bearing plates. Here, too, a locking lug is provided on the spring 832, see reference number 103. The bearing plate 820 is in turn screwed in sections, reference number 99, the leaf spring 832 is clipped onto the bearing plate 820 and holds the profile 824 in the bearing plate 820.

18 and 19 is pull-outside, housing-side, again with a freewheel hook.

Fig. 20 shows a swivel profile closure, in which the profile 924 consists of a straight piece and one end is supported by means of a spherical region. A bearing plate 920 is screwed in sections, see reference number 99, which indicates the screws, and in addition, a positive reception of the profile 924 is provided. A leaf spring 933 is used to reset the profile. The counter locking part 972 is welded to the door 10 either continuously or in sections. At 109 there is room for "cornering." to recognize. This results in the following: If the profile 924 is at a flat angle, the load on the counter-locking piece 972 becomes high when it is torn open (swivel lever effect). The actuation takes place between the counter-closing part sections and acts on the profile 924.

Fig. 21 shows a swivel profile lock butt-inside the housing side, with a leaf spring 1033, which can be preassembled on the bearing plate 1020, which is bolted in sections. The counter locking part 1072 is welded and fastened continuously or in sections on the door leaf 10. Because of the distance between the parts 1072 on the one hand and 1020 on the other hand, reference number 111, there is a more favorable angle than in the arrangement according to FIG. 20. An actuating part 1046 plugged between two bearing plates 1020, see FIG. 22, causes one Opening when pressed in the direction of arrow 102. FIG. 23 shows a variant with blocking parts 1124 with free-running in sections, wherein several independent closed positions are possible. A leaf spring 1133 is used to reset the locking parts 1124 to the profile 1125. The pivoting profile 1025 is continuous, it is used for storing and releasing the plurality of locking parts 1124.

The locking part 1124 shown is spring-loaded in sections with a freewheel on profile 1125. The profile can, as shown above with reference to FIGS. 21, 22, be mounted between the locking parts.

24 and 25 each show the application of the invention to special profiles. 24, the swivel profile 1224 is positively mounted in a frame profile 112. A leaf spring 1233 can be inserted from the profile ends. The counter locking part 1272, a turned part, is screwed to the door profile 110. 25 is triggered by a sash lock 113 with a special tongue, running onto an inclined profile. The tongue can be operated from both sides and is possible with a springy middle position. The inclined profile in Fig. 25 serves as a wedge for triggering. The profile is only excluded in the area of actuation, otherwise it is closed.

Commercial evaluability

The invention can be evaluated commercially in control cabinet construction.

Claims

Expectations: 1. Rod lock for locking sheet metal cabinet doors (10) or similar doors or flaps in metal cabinet frames or similar door or housing frames, comprising a parallel to the door edge, essentially upright on the door or frame, preferably arranged in its canting space, elongated profiled rod, such as Flat bar (14), and at least one holding element (16) attached to the door frame (12) or door (10) for receiving the bar (14) locking the door (10) in the closed position, and an actuating device connected to the door leaf (10) (46) for the rod (14), characterized in that the rod (14) is pivotably mounted about a longitudinal axis arranged near the one side, such as the side of the elongated profile facing away from the door leaf plane, between a locked and an unlocked position, that the Holding element (16) a contact surface for the other, such as the door leaf level facing side de r rod (14) forms, and that the actuator (48) detects the rod (14) near this side. 2. Rod closure according to claim 1, characterized in that the profile of the rod is rectangular and forms a flat ribbon rod (14) which is received in a part-circular or triangular receiving space (22) of a rod guide element (20). 3. Rod lock according to claim 1, characterized in that the profile of the rod (224) is U-shaped, one leg forming or carrying a hook (81) (107) or ending in a hook and this or the other leg in a circular or teardrop shape (82) ends, which circular or teardrop shape is received in a square or part-circular receiving space (222) of a rod guide element formed by a cranked bearing plate (220, 820) and held there by spring force (86, 832). 4. Rod closure according to claim 3, characterized in that the profile (624, 824) of the rod has an attached to the U-outside or formed by the one U-leg actuating nose (601, 801). 5. Rod closure according to claim 1, characterized in that the profile of the rod (524) is S-shaped and forms a hook at one end and a circle or thickening at the other end. 6. Rod closure according to claim 3, 4 or 5, characterized in that the rod (224, 424, 524, 624, 724) is held by leaf springs (86, 88) which also urge the rod profile or its actuating nose (601) in the closing direction , 7. Rod closure according to one of claims 1 to 6, characterized in that the leaf spring (733, 832) has a locking lug (103) for preassembly. 8. Rod closure according to one of claims 1 to 7, characterized in that the profile is injection molded from metal and / or plastic. 9. Rod closure according to one of claims 1 to 8, characterized in that the rod guide element (20) comprises or represents a clip-on component on a welding bolt (40) or the like. 10. Rod closure according to one of claims 1 to 9, characterized in that the rod guide element (20, 820) comprises a spring device (32, 88, 833) optionally with adjustable spring force (36) which the rod (14, 224, 824) pushes into the closed position. 11. Rod lock according to one of claims 2 to 10, characterized in that the spring elements (132) for fixing the claws (90) in the form of flared edges. 12. Rod lock according to one of claims 2 to 11, characterized in that the actuating device (46) comprises an actuating lever pivotably mounted about an axis (55) parallel to the door leaf plane, which actuates the rod (14) preferably against the force of a spring in the open position swiveled. 13. Rod lock according to claim 12, characterized in that the actuating lever can be locked. Bar lock according to one of claims 1 to 13, characterized in that the actuating device (46) comprises a lever which extends through an opening (52) in the door leaf (10) and is rigidly connected to the profiled bar (14), e.g. is jammed. 15. Rod lock according to one of claims 1 to 14, characterized in that in addition to the actuating device (346) with a through an opening (252) in the door leaf (10) extending lever (346) a further handle (347) for actuating the door (10) is provided. 16. Rod lock according to one of claims 1 to 14, characterized in that the actuating device (46) is the tongue (105, 1105) of a cam lock (1104, 113). 17. Rod lock according to one of claims 1 to 15, characterized in that the holding element (16) attached to the door frame (12) or the door (10) represents a steel bracket (16). 18. Rod lock according to one of claims 1 to 15, characterized in that the holding element (16) attached to the door frame (12) or the door (10) constitutes a locking pin (72, 1272) (rotating part). 19. Rod closure according to one of claims 1 to 18, characterized in that the profiled rod (14, 24, 224, 824) is unprocessed. 20. Rod closure according to one of claims 1 to 19, characterized in that the rod guide element (20) is injection molded from plastic. 21. Rod closure according to one of claims 1 to 20, characterized in that the profiled rod (28) has a plastic sleeve (26) in the region of the rod bearing (20).